American Learns about Greatest Innovations that come from Formula One

Added: 2026-05-05

[00:00:00]All right, y'all. Hello and welcome back to a Formula 1 video. Yeah, one of those. It's uh it's been a while. And we're taking a look at technology or greatest innovations rather that Formula 1 has given to the world. Now, the first thing I immediately thought of was trickle down technology, pretty sure we're all aware that a lot of normal cars on the road that me or you could buy um you know, have stuff that's kind of trickle down from motorsport, including Formula 1. You know, I'm thinking things like fancy materials, things are made out of brake technology, stability, traction control, paddle shifters, stuff like that. Apparently, this list is more obscure than that, more involved. These are things not necessarily in cars, but just that spread out over different industries.

[00:00:42]Sounds pretty wild to me. I don't know what to expect. So, uh, let's just jump right in. Oh, it's so secret. Formula 1 is big, has a lot of money and engineering flowing through it at all times. And uh naturally I guess some innovations have come out that you wouldn't expect where so let's just jump straight into it. Here's the uh beginning here. You can see maybe a preview perhaps. First one being I guess this one project pit lane. Does that sound right? When the Corona virus pandemic put the calendar on pause back to 2020. F1 teams were uniquely placed to respond to the crisis. Yeah. Crazy year a lot of us don't want to remember.

[00:01:17]A lot of uh motorsports and just any leagues got cut short as well. Pushing their intense rivalries aside, they came together and harnessed their incredible technological capabilities and resources in the creation of life-saving breathing device. Really? That's pretty cool. This is not what I expected when I first read the title there. Project Pit Lane. Okay.

[00:01:38]Aptly named Project Pit Lane. It involves the teams working alongside the UK government to reverse engineer existing medical devices, increase the production of ventilators efficiently, and design a new device. Wow. I would have actually never expected that. The process of getting approval for medical medicine would usually take 2 years, but thanks to relentless effort of engineers across the grid, this was completed within just 4 weeks.

[00:02:04]Oh my god. Allowing for an updated ventilator to be rolled out rapidly.

[00:02:08]Wow. Thank you to Formula 1 in a medical industry. That's pretty cool. And uh, of course, you would expect medical engineering and and kind of things to take a long time. And to speed that up within weeks is really uh, heroic almost in a time of well chaos like it was back then. Um, that's really impressive. I suppose with all of the engineering prowess that you could expect in a league like Formula 1, I imagine it can get it can be put to really really good use and overcome a lot of obstacles.

[00:02:39]It's pretty cool, I have to admit.

[00:02:41]Supermarket fridges.

[00:02:43]What? How does this translate to supermarket fridges? UK supermarket sainsburries has Williams to thank for their mission to become the net or to to become rather net zero by 2040 as a team repurposed their aerodynamics expertise to reduce the store's energy consumption. What is their store? Is the building more aerodynamic? What are you talking about? Working alongside Aerofoil Energy, Williams created aluminum device that echoes the design of a F1 car's rear wing.

[00:03:14]Oo, okay. On track, this diverts air over and around the car to maximize performance. But the rehash tech has a different impact in supermarket aisles.

[00:03:24]When attached to the shelves of a fridge, it stops the cold air from seeping out and instead keeps it within the cabinet, saving energy and keeping the surrounding areas warm for customers. Are you serious? Uh other stores have adapted it and yeah, it actually returns some legitimate numbers. Wow, that is crazy.

[00:03:47]Okay, this is interesting. It's delivering so far. First two totally unexpected. All right, moving on to London buses. The the famous London buses. At least from my perspective, I think they're pretty famous. I think of the the red double-decker buses.

[00:04:00]Williams have grown into specialists when it comes to implementing sustainable technology both on track and in our daily lives. especially if you're a London commuter. Back in ' 09, the FIA introduced optional kinetic energy recovery systems KURS uh to the regulations and Ferrari, Renault, BMW, and McLaren decided to try them out.

[00:04:17]They've had that back since ' 09.

[00:04:21]Holy smokes, that's 17 years ago. That that sounds early. The system harvests energy that is usually lost as heat when breaking, turning it into additional power that is fed back into the car.

[00:04:32]This is definitely trickle down to street cars, by the way, especially EVs, right? Or hybrids. Williams developed their own flywheel based Kurs, but elected not to use it due to packaging issues, preferring an electrical version. The design was too good to waste, leading the team to sell the technology to the companies that run the iconic red London buses. No freaking way. Regenerative braking has been implemented in public transport across the rest of the UK, helping to reduce carbon emissions, improve fuel efficiency, and lower air pollution. How freaking cool is that? From a Formula 1 car to a big red bus. Couldn't be more different. And yet they're quite similar in some ways. That's pretty funny.

[00:05:13]Pediatric surgery. What? Okay, so basically I'm going to start summarizing these because uh otherwise you'll be hearing me read for a long time. This is pretty cool, though. Um basically, you know, like pit stops are very impressive, right? um in all motorsports but especially Formula 1. And basically they applied that kind of collaboration and speed and efficiency into well crews of doctors, nurses, right? Transporting children to intensive care stuff like that. They kind of applied one person roles like hey you get that tire, you get that tire, you replace this, you know, nose cone, you replace that blah blah blah, right? Look at me acting like I know what I'm talking about, but you get my point. Um, kind of taking that thought process and applying it to inner staff and hospitals has actually worked out. Um, technical errors when you know you're trying to be fast and save someone's life, technical errors fell 42%. That's really actually pretty cool.

[00:06:12]I mean, it makes sense because if they if everyone just runs around like a maniac, this pit stop would look really ugly and it would take a lot longer. So, uh, yeah, this one translates well, I believe, to probably a lot of jobs.

[00:06:26]Toothpaste. How is toothpaste on here?

[00:06:28]What has Formula 1 done for my toothpaste? This is freaking hilarious.

[00:06:34]What could an F1 team possibly know about making toothpaste? The answer is not much, but they do know an awful lot about planning for every possible scenario. Ahead of a race, they will plan for a safety car period. Another for what to do if the tires degrade faster than expected and another for when their arrivals are faster than anticipated. Yeah, those are all true.

[00:06:52]Basically, McLaren signed with a company that manufactures toothpaste for various brands and uh because they make various brands, switching during manufacturing to the different brands to another took a long time. Rearranging tools, cleaning tubes, yada yada. And someone from McLaren was like, "You know what? You need to do this better." So, uh, they came up with a sevenstep plan and increased or rather decreased change over time by 60% equating to an extra 20 million tubes of toothpaste produced by the end of the year. That's pretty significant. Wow. Um, these are good. I got to admit, these are all kind of wild. I see the title, I'm like, how the hell does this relate to Formula 1? But then it kind of ends up making sense.

[00:07:30]Um, wow. Thank you, Formula 1. I think a lot of people that don't even watch it or don't know about it should uh be glad it exists. Now, this is cool, right? Uh you kind of expect some sort of vehicles to take after Formula 1. It doesn't have to just be cars or race cars. I mean, look at this. Look at this sailboat.

[00:07:50]That literally looks like a Formula 1 sailboat, which doesn't really exist, right? But like, if it did, that's what it should look like. Um that thing looks awesome. I'm not even into boats. I'm definitely not into sailboats, but now I kind of want that just because it's that cool. Obviously, aerodynamics, carbon composits, you know, lightweight, strong, these type of things would translate into other vehicles. So, this does make sense. So, yeah, I'm thinking Formula 1 sale division should make that happen. This might be kind of cool. Making 5G accessible. what the importance of reliable connectivity for F1 teams can't be overstated.

[00:08:30]Imagine if the chaos uh were to unfold that there weren't enough signals on race weekend. Yeah, it's actually a great point. Gathering accurate data and sharing it with various departments is critical to their success. So, another win for McLaren here. McLaren's really putting in some work. Uh they harness trackside technology that keeps their employees connected and built fleet connected which is now being deployed across public transport networks from the UK all the way to Singapore. or it helps with the transmission of data and gives passengers a high-speed Wi-Fi connection while also allowing rail teams to share live camera feeds and sensor readings to make quick decisions.

[00:09:03]You know, that kind of thing blows my mind. Sounds like something out of a video game that doesn't really exist in real life, but it actually does exist.

[00:09:10]It's video game like, but it's real life. Super freaking cool. Imagine if we all had that amount of telemetry and technology accessible, like easily accessible in our daily driver cars. That'd be kind of cool. Now, this one's a big one. Air traffic control. Any um improvement to that from anywhere is welcomed, right?

[00:09:29]Because, you know, uh taking planes, taking airplanes is one of the, you know, most awesome things ever. You know, you get to go up, you cover great distances in way less time than any other form of transport. It's really quite cool and uh convenient, but of course, it, you know, is dangerous just like anything else. I know it's actually got a better track record than, you know, you're safer in a plane than you are in a car argument. And I truly believe that. But of course, any way you can make it safer would be, you know, welcomed, like I said. So, air traffic control is a big part of that. Uh, very important job. You know, you have to keep everyone, you know, going where they're supposed to go and and not have have anyone get in each other's way. And McLaren comes to the rescue again. Uh, their technology accurately monitors where every car is on the circuit because you don't want to collide there either, otherwise your day is well kind of wasted, right? They know what every car in the circuit, where they are, how fast they're going, and it's equally useful for air traffic controllers, keeping note of the location of planes.

[00:10:28]Places like Heathrow Airport use tech created by McLaren to receive live information about departures and arrivals, enabling them to anticipate delays and ease congestion in advance.

[00:10:37]That is actually really cool. So, we have a uh great shot of a British Airways um commercial liner there. And finally, another one from McLaren carbon copies, right? McLaren engineer. Boy, McLaren is just awesome. Can we just say that? Right. They developed the first com car carbon fiber composite monok in 81. That's a long time ago. I can't believe they were doing that in ' 81. I actually thought that would have been the '9s, but nope. 81 they had them.

[00:11:03]That's really ahead of their time, I think. Of course, this is now used by everyone. It's used in a lot of sporty cars as well on the road. And many devices now are made of carbon fiber.

[00:11:13]It's a super lightweight, you know, wheelchairs, custom fit. Uh, baby pods, monocco like transport vehicles.

[00:11:21]Yeah, even transporting infants in hospitals. I didn't know that, but you know what? Why not? That's pretty cool.

[00:11:25]They're lightweight and it's strong. And finally, it wraps up with, of course, a lot has, you know, transferred to regular vehicles. That could be a whole another list or video or whatever. I'm sure you guys are aware of that. But yeah, a lot of hybrid tech, you know, brake tech, you know, just overall vehicle engineering. A lot of it can apply to, of course, your regular commuter or family car. I think that's really cool. I think that's going to do it for this one. Um, I have to say truly that I thought I was going to know some of these. I thought some of these would have been a little bit predictable.

[00:11:57]Nope. This was a good list. This a lot of this I did not expect at all. Like I said, initially I thought was just mostly going to be trickle down to street car type stuff, which to be fair, a lot of that we've all heard about. But no, this was literally talking about how to run hospitals, air traffic control, sailboats, medical tech. Yeah, this was actually pretty cool. So, look forward to your comments down below and maybe some cool facts about Formula 1 or motorsport that you'd like to share. I'm all yours. I appreciate you watching. I hope to see you in another one. My name is Ian. You're watching NW Rocker. Until next time, y'all. Catch you later.